IP Portfolio licensable from CAMBIA
Biological Gene Transfer System for Eukaryotic Cells (TransBacter™)
Microbial genes for secreted β-glucuronidases, gene products and uses thereof (GUSPlus™)
β-Glucuronidase (GUS) and Glucuronide Permease Gene System
Chimeric Genes - Gene Fusion Comprising Glucuronidase (gus)
A Gene Coding for Glucuronide Permease
Glucuronide Repressors and Uses Thereof
Preparation of Cellobiuronic Acid from Polysaccharide
Vertebrate Telomerase and Splice Variants
Methods for Site-Associated Modification of Gene Activity and Nucleic Acid (Trans-activation or TARGET™)
Megagametophyte-specific Transcriptional Control Elements and Uses Thereof
Fungal β-glucuronidase Genes and Gene Products
Methods for Genotyping by Hybridization Analysis (Diversity Arrays Technology, DArT™)
Methods for Site-Associated Modification of Gene Activity and Nucleic Acid (Trans-activation)
This invention may be a useful "work-around" for many patent claims on promoters which requires that the promoter be operably linked to the gene of interest. Structures and methods for generating transgenic plants that have modified gene activity or modified nucleic acid structure are provided. The plants may be grown from seeds derived from a cross between two transgenic plants, or a plant transformed using two unlinked loci. One has a gene encoding a nucleic acid binding molecule under control of a minimal promoter and the other has a recognition sequence for the nucleic acid binding molecule. When the gene encoding the binding molecule is in the vicinity of an endogenous gene, the binding molecule is expressed and activates endogenous gene(s) located near the recognition sequence. Published as WO 01/21781.
Available under a BiOS license (info), which allows both research and commercial use. Contact licenses@cambia.org for more information.
Technical information on Trans-activation and constructs that can be obtained from CAMBIA.



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